Course Description

Content is designed to examine factors that influence and govern clinical planning of patient treatment. This encompasses isodose distributions, influence of beam modification, radiobiologic considerations, dosimetric calculations and clinical application of radiation. Electromagnetic and particulate beams as well as advanced and emerging technologies are covered.

Learning Outcomes

Calculate doses manually for given clinical situations.
Apply characteristics of photon, electron and particulate beams to treatment planning in given clinical situations.
Accurately interpret graphs and charts containing machine data.
Given the following factors, describe the effects of various treatment parameters: a. %DD b. BSF c. PSF d. TAR e. TMR f. TPR g. Dmax
Compare the advantages and disadvantages between TSD and TAD treatments.
Describe the purpose of field weighting.
Explain the effects of irregularly shaped fields on dose.
Explain the effects of tissue inhomogeneities.
Given any clinical situation, calculate the absorbed dose to a point of interest.
Using a treatment planning computer, develop treatment plans for commonly seen cancers.

Prerequisites

Four-Week Classes

Focus on one subject at a time — one month at a time — and finish your degree faster.

75+ Degree Programs

Choose from associate, bachelor’s, and master’s degrees, plus credentials and certificates.

On Campus or Online

Study when and where it’s convenient for you with evening, weekend, and 100% online classes.

Year-Round Enrollment

Apply or transfer any time. Classes start monthly, and applications are accepted year round.

20+ Campus Locations

Attend class onsite at one of over 20 campus locations across California or in Nevada.

Military Friendly

As a Yellow Ribbon school, we offer tuition discounts to servicemembers and dependents.